Friction from the air or wind resistance. Rolling friction of the tires and friction within the engine, transmission, and differential.
Gravity.
In anything that is currently moving. (>>>(car)<) Car moves -> movement of wheels/friction
Static friction, which is required to keep the mouse trap car in place before it moves, and kinetic friction, which acts to slow down the movement of the mouse trap car as it rolls along.
You have hydrogen heat it up it make the pistons move and the car moves.
Friction between the wheels and the surface it is moving on causes a balloon powered car to stop. As the wheels turn and the car moves, friction gradually slows down the car until it eventually comes to a stop.
Air Resistance mostly, and small amounts of gravity and friction with the road.
Most of it will be converted to heat, via friction.
The texture of a surface affects the friction of a toy car because rougher textures provide more resistance and increase friction, making it harder for the wheels to move smoothly. Smoother textures create less friction, allowing the wheels to move more easily. This difference in resistance can impact how easily the toy car moves across different surfaces.
attatch fire works or put it on a hill.
the front boot of the car increases the friction on the car
The simple answer is friction. Spinning tires are coming into contact with the road. The road's surface is not perfectly smooth -- it has a certain amount of roughness so the tires can grip and propel the car forward. Any time you have friction between two surfaces, and one of those surfaces moves to overcome that friction, a certain amount of energy from the process is lost as heat.
A common example of friction in a car is the friction between the brake pads and the rotors when you press the brake pedal to stop the car. This friction helps convert the car's kinetic energy into heat, slowing down the car.